Product Description
A) RECTANGULAR CELLS :
1) 10mm Quartz Cell : Capacity : 3.5 ml
2) 10mm Glass Cell : Capacity : 3.5 ml
3) 20mm Quartz Cell : Capacity : 0.7 ml
4) 20mm Glass Cell : Capacity : 0.7 ml
5) 40mm Quartz Cell : Capacity : 14 ml
6) 40mm Glass Cell : Capacity : 14 ml
7) 50mm Quartz Cell : Capacity : 17.5 ml
8) 50mm Glass Cell : Capacity : 17.5 ml
9) 100mm Quartz Cell : Capacity : 35 ml
10 100mm Glass Cell : Capacity : 35 ml
B) CYLINDRICAL CELLS :
1) 20mm Quartz Cell : Capacity : 5.7 ml
2) 20mm Glass Cell : Capacity : 5.7 ml
3) 50mm Quartz Cell : Capacity : 14 ml
4) 50mm Glass Cell : Capacity : 14 ml
5) 100mm Quartz Cell : Capacity : 14 ml
6) 100mm Glass Cell : Capacity : 14 ml
C) STANDARD FLOURIMETER CELLS :
1) 10mm Quartz Cell : Capacity : 3.5 ml
2) 10mm Glass Cell : Capacity : 3.5 ml
D) MICRO FLOURIMETER CELLS :
1) 10mm Quartz Cell : Capacity : 1 ml
2) 10mm Glass Cell : Capacity : 1 ml
E) MICRO CELLS :
1) 10mm Quartz Cell : Capacity : 0.5 ml
2) 10mm Glass Cell : Capacity : 0.5 ml
3) 10mm Quartz Cell : Capacity : 0.7 ml
4) 10mm Glass Cell : Capacity : 0.7 ml
5) 10mm Quartz Cell : Capacity : 1 ml
6) 10mm Glass Cell : Capacity : 1 ml
F) SEMI MICRO CELLS:
1) 10mm Quartz Cell : Capacity : 1.25 ml
2) 10mm Glass Cell : Capacity : 1.25 ml
3) 10mm Quartz Cell : Capacity : 1.4 ml
4) 10mm Glass Cell : Capacity : 1.4 ml
G) STANDARD CELL LEVEL BOTTOM (FLAT BOTTOM) :
1) 10mm Quartz Cell : Capacity : 3.5 ml
2) 10mm Glass Cell : Capacity : 3.5 ml
H) POLARIMETER CELL (ANY SIZE AND BRANDE AVAILABLE)
Versatile Path Length and MaterialsChoose from a wide selection of path lengths1 mm, 5 mm, 10 mm, 20 mm, or custom sizes. Manufactured from optical glass or quartz, these cells cater to a broad spectrum of analytical requirements across research and industrial laboratories. Quartz models accommodate the full UV to visible range (1902500 nm), while optical glass variants cover visible to near-infrared (3402500 nm).
Exceptional Optical and Mechanical PropertiesEach spectrophotometer cell is optically polished on all four sides for superb light transmission and consistent performance. Matched pairs are available for comparison measurements. The robust construction ensures resistance to chemicals, scratches, and high temperaturesup to 600C for quartz and 80C for optical glass, supporting accurate, repeatable analysis in demanding conditions.
Flexible Design and CustomizationSelect from rectangular or square shapes, with or without a lid, and request volume markings for precise measurement. Standard cells hold approximately 3.5 ml (10 mm path length), with additional sizes available to accommodate your specific experiment or workflow needs.
FAQs of CELLS FOR UV VISIBLE SPECTROPHOTOMETER:
Q: How do I select the appropriate cell material for my UV Visible Spectrophotometer application?
A: The choice between quartz and optical glass depends on the wavelength range required. Quartz cells are suitable for UV measurements (190 nm2500 nm) due to their superior transparency, while optical glass cells are recommended for visible to near-infrared measurements (340 nm2500 nm).
Q: What path length should I use, and can I order custom sizes?
A: Path length affects sensitivity and sample volume. Common sizes are 1 mm, 5 mm, 10 mm, and 20 mm. Custom sizes are available to suit specific analytical needscontact the manufacturer with your exact requirements.
Q: When should I use a lid on the spectrophotometer cell, and what are the benefits?
A: Lids are recommended if your sample is volatile or susceptible to contamination. They help prevent sample evaporation and maintain sample integrity during measurements, ensuring consistent and accurate results.
Q: Where are these UV Visible Spectrophotometer Cells commonly used?
A: These cells are widely utilized in laboratories, research institutes, quality control departments, and industrial facilities across the globe, including within academia and by pharmaceutical and chemical companies.
Q: What is the process for obtaining matched pairs, and why are they important?
A: Matched pairs are available on request. These cells are tested to ensure nearly identical optical properties, guaranteeing precise comparative measurements and reducing instrumentation variability.
Q: How do the volume markings and optical polishing contribute to the cells performance?
A: Volume markings (available on request) assist with accurate sample measurement and handling. Optically polished surfaces enhance light transmission, reduce scattering, and ensure reliable, reproducible results during spectrophotometric analyses.
Q: What are the key usage and maintenance recommendations for lasting performance?
A: Always rinse cells thoroughly after use, avoid abrasive cleaning agents, and handle with care to maintain the surface polish. Use the cell within the specified temperature and chemical limits for either quartz or optical glass to preserve optical clarity and device accuracy.